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Author
Topic: Ibpointless2 Crystal Cells (Read 593440 times)

two of my remaining 4 solutions precipitated and I was able to test them in my "standardized cell test".

the 1:2 mixture - arcanite and magnesium chloride:contrary to my proposal, this mixture was relatively unproductive.the undisturbed crystals produced 0.25v potential with little or no current production in the cell (nanoamps)the sample was then crushed and classified through a #30 screen filterproductivity almost completely vanished.

the 3:1 mixture however, produced 0.7V consistently, with an average cell short-circuit current of 0.34ma

these cells are made by rolling a piece of aluminum foil around a tube, to create a cylinder of set sizea standard size/shape of copper electrode is attached to the case, and one ran through the center of the crystal massThis gives me a "standard cell" structure, upon which to baseline my tests. The only variable throughout the 20 cells that will be tested is the salt mixture, by proportion of the two salts. It is my intention to determine the best proportion of IBPointless2's crystal mixture that produces the highest voltage potential, and if possible the highest current as well.unfortunately, at this time, I suspect a trend is forming when higher voltages equals lower current through the cell.

The only cell thus far to not behave in this manner was the 3:1 cells, which produce a considerable current at the 0.7v mark.

What is interesting to note is that each of the 4 mixtures produces a completely different crystal structure.(the 2:1, which is still in solution, is producing flat sheet-like crystals, while the 3:1 is a large cubic structure)

The results of this test (thus far, as it is not yet concluded) seem to confirm IBPointless2's analysis of compound crystal battery cells.

I have concluded my tests of the IB cells. Following the process from the beginning of the research, and observing how the ingredients were reduced, most notably was alum was discluded. Narrowing down two component salts of electrolytic capacity: Epsom Salt and Salt SubstituteThe chemical names of these salts are: Magnesium Sulfate and Potassium Chloride

The best electrolyte I was able to make was a 3:1 proportion

The electrolytic reaction takes place at a rate ~ twice as fast as ordinary table salt.There is heavy corrosion of the copper electrode, while the aluminum foil remains relatively unchanged.

Over time, there is a discoloration of the salts by cuprous oxide, which can be salted out of solution.This may have some other application, but all in all, this proves to be a valid battery for a doomsday scenario.

this one goes on my list with the penny/seawater battery as an emergency power source.